电子鼻在食品工业中的应用研究进展

[1] Independent component analy-sis using an extended informax algorithm form ixed sub-Gaussianand super-Gaussian sources. Lee T,G irolam iM,Sejnowsk i T J. Neural Computing and Applications . 2000

[2] Application of artifi-cial neural networks in an electron ic. Gatdner JW,H ines E L and W ilk inson M. M cas.Sci.Technol . 2000

[3] Fast and robust fixed-pointal gorithm s for independcomponent analysis. Hyvrarinen A. IEEE Transactions on Neural Networks . 2000

[4] l Tea quality pred iction u-sing a tin oxide-based electron ic nose:an artificial intelligenceapproach. Dutta R,H ines E L,Gardner JW,et a. Sensors and Actuators . 2003

[5] Exploring neuro-ge-netic processing of electron ic nose data. Srivastava A K,Shukla K K,Srivastava S K. M icroelectron ics J . 1998

[6] Array of conduc-ting polym er sensors for the characterisa-tion of w ines. Guadarrama A,Fernandez J A,fn iguezM,et al. Ana-lytica Ch im ica Acta . 2004

[7] A practi-cal approach for fish freshness determ inations using a portable e-lectron ic nose. Manuela O’Connell,G iabriela Valdora,Gustavo Peltzer. Sensors and Actuators . 2001

[8] l Pathological changes in hum anm a-lignant carc inom a treated w ith h igh-intensity focused u ltra-sound. W u F,Chen W Z,Ba i J,et a. U ltra-sound in 1Vbd&B iol . 2001

[9] l C lassification of food,beverages and perfum es byWO3th in-lm sensors array and patternrecogn ition techn iques. Penza M,Cassano G,Tortorella F,et a. Sensors and Actuators . 2001

[10] E lectron ic Noses and TheirApplication to Food. Emmanuelle S,Jacques O B,Felix E. Lebensm-W iss U-Technol . 2000

[1] Independent component analy-sis using an extended informax algorithm form ixed sub-Gaussianand super-Gaussian sources. Lee T,G irolam iM,Sejnowsk i T J. Neural Computing and Applications . 2000

[2] Application of artifi-cial neural networks in an electron ic. Gatdner JW,H ines E L and W ilk inson M. M cas.Sci.Technol . 2000

[3] Fast and robust fixed-pointal gorithm s for independcomponent analysis. Hyvrarinen A. IEEE Transactions on Neural Networks . 2000

[4] l Tea quality pred iction u-sing a tin oxide-based electron ic nose:an artificial intelligenceapproach. Dutta R,H ines E L,Gardner JW,et a. Sensors and Actuators . 2003

[5] Exploring neuro-ge-netic processing of electron ic nose data. Srivastava A K,Shukla K K,Srivastava S K. M icroelectron ics J . 1998

[6] Array of conduc-ting polym er sensors for the characterisa-tion of w ines. Guadarrama A,Fernandez J A,fn iguezM,et al. Ana-lytica Ch im ica Acta . 2004

[7] A practi-cal approach for fish freshness determ inations using a portable e-lectron ic nose. Manuela O’Connell,G iabriela Valdora,Gustavo Peltzer. Sensors and Actuators . 2001

[8] l Pathological changes in hum anm a-lignant carc inom a treated w ith h igh-intensity focused u ltra-sound. W u F,Chen W Z,Ba i J,et a. U ltra-sound in 1Vbd&B iol . 2001

[9] l C lassification of food,beverages and perfum es byWO3th in-lm sensors array and patternrecogn ition techn iques. Penza M,Cassano G,Tortorella F,et a. Sensors and Actuators . 2001

[10] E lectron ic Noses and TheirApplication to Food. Emmanuelle S,Jacques O B,Felix E. Lebensm-W iss U-Technol . 2000